def test_loading_CSV_y_ordenamiento(lst_books):
"""
Prueba que se pueda leer el archivo y que despues de relizar el sort, el orden este correcto
"""
element = lt.lastElement(lst_books)
assert element['goodreads_book_id'] == '4374400'
element = lt.firstElement(lst_books)
assert element['goodreads_book_id'] == '2767052'
sort.selectionSort(lst_books, less)
tam = lt.size(lst_books)
assert tam == 149
element = lt.lastElement(lst_books)
assert element['goodreads_book_id'] == '22557272'
element = lt.firstElement(lst_books)
assert element['goodreads_book_id'] == '1'
def test_addFirst(lst, books):
assert lt.isEmpty(lst) == True
assert lt.size(lst) == 0
lt.addFirst(lst, books[1])
assert lt.size(lst) == 1
lt.addFirst(lst, books[2])
assert lt.size(lst) == 2
book = lt.firstElement(lst)
assert book == books[2]
def test_addLast(slt, movies):
assert lst.isEmpty(slt) == True
assert lst.size(slt) == 0
lst.addLast(slt, movies[0])
assert lst.size(slt) == 1
lst.addLast(slt, movies[1])
assert lst.size(slt) == 2
movie = lst.firstElement(slt)
assert movie == movies[0]
movie = lst.lastElement(slt)
assert movie == movies[1]
def countCC (graph):
counter = 0
listVert = gs.vertices(graph)
if not lt.isEmpty(listVert):
counter = 1
source = lt.firstElement(listVert)
search = newDFS(graph, source)
vert_iter = it.newIterator(listVert)
while (it.hasNext(vert_iter)):
v = it.next (vert_iter)
if not map.get(search['visitedMap'], v):
map.put(search['visitedMap'], v, {'marked':True,'edgeTo':None})
dfs(search, v)
counter+=1
return counter